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Title: Microbiologically Influenced Corrosion Of Gas Transmission Pipelines
Author: Daniel H. Pope, David m. Dziewulskp, Samuel F. Lockwood, Daniel P. Werners, James R. Frank
Source: American Gas Association 1992
Year Published: 1992
Abstract: Microbiologically influenced corrosion (MIC) of pipelines and process equipment is identified as a common form of corrosion affecting these types of equipment. MIC is shown to be the result of the action of communities of microbes in combination with other forms of corrosion. MIC profiles for internal and external MIC consisting of biological, chemical, metallurgical and operational factors have been developed. These are used to target facilities for monitoring. Monitoring methods (field guides, kits etc.) developed for use by field personnel are presented along with field guides and methods for testing mitigation measures. The roles of chemical treatments, coatings and cathodic protection in prevention and treatment of MIC will also be presented. Case histories and laboratory experiments will be used to illustrate each point.

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